NASA's OSIRIS-REx mission, acronymically named Origins, Spectral Interpretation, Resource Identification and Security — Regolith Explorer, culminated in the successful retrieval of specimens from asteroid Bennu. These extraterrestrial samples, captured over a seven-year mission, hold the potential to unravel the mysteries of our solar system's origins.

After a seven-year voyage, the OSIRIS-REx sample canister touched down on September 24, 2023, in a remote area of Utah. This marked the beginning of a meticulous analysis of the cosmic treasure trove brought back from Bennu, believed to contain remnants dating back 4.5 billion years.

<a href="https://www.wionews.com/science/aliens-made-the-meteor-that-hit-earth-10-years-ago-scientist-claims-687718">Also read |&nbsp;Aliens made the 'meteor' that hit Earth 10 years ago, scientist claims</a>

<h2>Insights from Bennu's specimens</h2>

The Bennu samples, primarily composed of water-rich minerals and various elements like carbon and nitrogen, represent an unparalleled opportunity for scientific investigation. Researchers anticipate that these materials will shed light on the formation processes of celestial bodies within our solar system, including Earth.

Early analyses have unveiled distinctive features of Bennu's composition, including a phosphate crust unseen in meteorites. Moreover, isotopic studies have revealed that Bennu's material differs significantly from known meteorite samples, suggesting a unique origin.

<a href="https://www.wionews.com/science/asteroid-that-fell-in-germany-is-extremely-rare-as-old-as-solar-system-scientists-687684">Also read |&nbsp;Asteroid that fell in Germany ‘extremely rare’, as old as solar system: Scientists</a>

The presence of phosphates in Bennu's material hints at the possibility that the asteroid may have originated from an ancient ocean world. This speculation underscores the potential role of asteroids in the delivery of essential ingredients for life to terrestrial planets like Earth.

Teams of scientists, equipped with cutting-edge analytical tools, are engaged in a comprehensive examination of the Bennu specimens. From optical and electron microscopes to advanced instruments like the nanoSIMS, researchers are poised to uncover new insights into the asteroid's history and composition.

(With inputs from agencies)

NASA's OSIRIS-REx mission, acronymically named Origins, Spectral Interpretation, Resource Identification and Security — Regolith Explorer, culminated in the successful retrieval of specimens from asteroid Bennu.

NASA's OSIRIS-REx mission, acronymically named Origins, Spectral Interpretation, Resource Identification and Security — Regolith Explorer, culminated in the successful retrieval of specimens from asteroid Bennu. These extraterrestrial samples, captured over a seven-year mission, hold the potential to unravel the mysteries of our solar system's origins. After a seven-year voyage, the OSIRIS-REx sample canister touched down on September 24, 2023, in a remote area of Utah. This marked the beginning of a meticulous analysis of the cosmic treasure trove brought back from Bennu, believed to contain remnants dating back 4.5 billion years. Also read | Aliens made the 'meteor' that hit Earth 10 years ago, scientist claims Insights from Bennu's specimens The Bennu samples, primarily composed of water-rich minerals and various elements like carbon and nitrogen, represent an unparalleled opportunity for scientific investigation. Researchers anticipate that these materials will shed light on the formation processes of celestial bodies within our solar system, including Earth. Early analyses have unveiled distinctive features of Bennu's composition, including a phosphate crust unseen in meteorites. Moreover, isotopic studies have revealed that Bennu's material differs significantly from known meteorite samples, suggesting a unique origin. Also read | Asteroid that fell in Germany ‘extremely rare’, as old as solar system: Scientists The presence of phosphates in Bennu's material hints at the possibility that the asteroid may have originated from an ancient ocean world. This speculation underscores the potential role of asteroids in the delivery of essential ingredients for life to terrestrial planets like Earth. Teams of scientists, equipped with cutting-edge analytical tools, are engaged in a comprehensive examination of the Bennu specimens. From optical and electron microscopes to advanced instruments like the nanoSIMS, researchers are poised to uncover new insights into the asteroid's history and composition. (With inputs from agencies)

First look of asteroid Bennu samples hints it could be remnant of ancient ocean world

Paleontologists have identified a new species of dinosaur after a specimen from about 72 million years ago was found in northern Mexico.

New dinosaur species found in Mexico

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